float TileData::eatTile(float amountWanted)
{
if(getFoodValue() < amountWanted)
{
amountWanted = getFoodValue();
}
changeFoodValue(-amountWanted);
return amountWanted;
}
void TileData::saveToFile(FormattedFile &file)
{
if (mTile == NULL || getFoodValue() != mTile->getFoodValue())
{
file << TileDataPropertyNames[FOOD_VALUE] << ' ' << getFoodValue() << ' ';
}
if (mTile == NULL || getRegrowthRate() != mTile->getRegrowthRate())
{
file << TileDataPropertyNames[REGROWTH_VALUE] << ' ' << getRegrowthRate() << ' ';
}
if (mTile == NULL || getMaxFoodValue() != mTile->getMaxFoodValue())
{
file << TileDataPropertyNames[MAX_FOOD_VALUE] << ' ' << getMaxFoodValue() << ' ';
}
file << "| ";
}
void TileData::displayData(UIText &text)
{
format fmt("<12>%.1f</>/<12>%.1f</>\n");
fmt % getFoodValue() % getMaxFoodValue();
text << "<15>Food</>:\t\t" << fmt.str();
text << "<15>Regrowth</>:\t" << getRegrowthRate() << '\n';
}
void Mouth::draw(RenderContext const& ctx) {
if (committed_) {
// nothing to draw, physics will draw for us
#ifdef DEBUG_DRAW_MOUTH
float ratio = sqrt((getFoodValue() / density_) / size_);
float widthLeft = width_ * ratio;
float lengthLeft = length_ * ratio;
glm::vec3 worldTransform = getWorldTransformation();
Shape3D::get()->drawRectangleXOYCentered(glm::vec3(vec3xy(worldTransform), 0), glm::vec2(lengthLeft, widthLeft), worldTransform.z, glm::vec3(0.5f,0,1));
#endif
} else {
glm::vec3 worldTransform = getWorldTransformation();
Shape3D::get()->drawRectangleXOYCentered(glm::vec3(vec3xy(worldTransform), 0), glm::vec2(length_, width_), worldTransform.z, debug_color);
Shape3D::get()->drawLine(glm::vec3(vec3xy(worldTransform), 0),
glm::vec3(vec3xy(worldTransform), 0) + glm::vec3(glm::rotate(getChildAttachmentPoint(0), worldTransform.z), 0),
debug_color);
}
}
